Realization of 1.3 micrometer semiconductor laser using uniform quantum dots of high density[PDF:1.1MB]

" Ubiquitous Echo "[PDF:1.1MB]

Superhydrophobic surface fabricated from hydrophilic materials[PDF:982KB]

Improved radiation resistance of a polymer by silica coating[PDF:982KB]

- An environment and human friendly technique for improved performance of materials -

Manufacturing of radio frequency ID tags on flexible films using an all printing process[PDF:994KB]

- Development of a technique to fabricate very low-cost radio frequency ID tags -

Spinning of High Strength Fiber Using Single-Walled Carbon Nanotubes

- Establishing the technology to produce high quality single walled carbon nanotubes for industrial applications without aftertreatments -

Successful Development of a Carbon Nanotube Transistor with Over-1000 Times Operational Stability

- Toward the application to highly-sensitive biosensors -

Creation of a New Type of Highly Luminescent Glass Phosphors Dispersing Nanoparticles

- Cadmium-free bulk glass phosphors and thin film phosphors incorporating nanoparticles at high concentrations provide the impetus for applications in illuminations and displays -

Analysis of the Primary Processes in the Growth of Quantum Dot Nano-crystals at Solid-Liquid Interfaces

- Opening the doorway to clarification of the relationship between structures and functions of nano-crystals -

Effective Use of Computer Resources for Technical Computing Using Grid Technology

- The commencement of joint research utilizing business-academia alliance functions of Akihabara Crossfield -

Introduction of Ubiquitous Robotics into Home Living Environment

- Build a living space with distributed robotic element devices utilizing wireless network and middleware techniques -

Success in Continuous Synthesis of Diesel Fuel from Wood

- Opening roads for the use of woody biomass resources -

Development of a System for Field Assessment of Soil Contamination Risk

- First in Japan, quantitative assessment of site specific risks -

Success in Real-Time Observation of Nano-Scale Cutting Process

- Acceleration of technical development for practical use, such as fabrication and repair of nano-molds -

Successful Development of a Desktop Apparatus Enabling Nanometer-scale Fabrication

- Enabling the realization of 50 nm fabrication over a wide area at high speed and low cost -

Ultra-Sensitive Detection of Trace Amounts of Proteins Using Fluorescent Nano Particles

- Dramatic sensitivity enhancement of antibody-based protein detection by integration of fluorescent quantum dots -

Efficient Decomposition of Environmentally Persistent and Bioaccumulative Organofluorine Compound "PFOS" by Use of Subcritical Water with Iron

A highly sensitive SPR detection of Ricinus communis toxins[PDF:256KB]

Conduction Mechanism in Semiconductor Spintronic Device Clarified[PDF:583KB]

A novel fabrication for surface microstructures on silica glass[PDF:583KB]